The Fluke Networks MFTK-MM850-SM1550 Multifiber Pro Kit provides professional network technicians and installers with a reliable solution for testing both multimode and singlemode MPO and multifiber networks. The kit includes dual-wavelength PMLS (Power Meter and Light Source) modules at 850 nm and 1550 nm, enabling accurate measurement of optical power, link loss, and fiber integrity across multiple fibers simultaneously. It is ideal for testing MPO trunk and breakout cables, reducing troubleshooting time and ensuring consistent network certification. Built for rugged field and lab use, the kit features a portable design and intuitive interface, providing fast, traceable results that comply with industry standards. The MFTK-MM850-SM1550 is ideal for enterprise, data center, and telecom networks requiring high-accuracy fiber testing.
Key Features:
Dual-wavelength 850 nm (multimode) / 1550 nm (singlemode) PMLS modules
Multifiber testing for MPO trunk and breakout cables
Accurate optical power and loss measurements
Portable, rugged design for field and lab use
Intuitive interface for efficient testing and reporting
Traceable measurements for compliance with industry standards
Compatible Applications:
Multimode and singlemode MPO network installation and verification
Enterprise, data center, and telecom network troubleshooting
Optical fiber certification and testing
Field and lab fiber maintenance
Included Accessories:
850/1550 nm PMLS modules
Multifiber launch cables
Connector inspection accessories
Protective carrying case
User manual
Batteries
Compliance & Standards:
Meets international standards for multimode and singlemode fiber testing and certification
Benefits for Lab/Field Users:
The MFTK-MM850-SM1550 kit delivers a comprehensive, portable solution for testing multimode and singlemode multifiber networks. Its dual-wavelength PMLS modules allow technicians to quickly verify, certify, and troubleshoot MPO fiber links, ensuring high-quality installations and dependable network performance in both field and lab environments.





